Merge pull request #9 from stevengonsalvez/feat/refined

Feat/refined

Author: stevengonsalvez

claude-code-4.5/.gitignore

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+statsig

claude-code-4.5/CLAUDE.md

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+# Task Management Protocol
+
+<todo_list_requirement>
+CRITICAL: You MUST ALWAYS maintain a todo list for any tasks requested by the user. This is non-negotiable.
+
+**When to Create/Update Todo List:**
+- IMMEDIATELY when a user asks you to perform any task(s)
+- BEFORE starting any work
+- When discovering additional subtasks during implementation
+- When encountering blockers that require separate resolution
+
+**Todo List Management Rules:**
+1. Create todos FIRST, before any other action
+2. Mark items as "in_progress" BEFORE starting work on them
+3. Only have ONE item "in_progress" at a time
+4. Mark items "completed" IMMEDIATELY after finishing them
+5. Add new todos as you discover additional work needed
+6. Never skip creating a todo list, even for "simple" tasks
+
+**Rationale:** This ensures nothing is missed or skipped, provides visibility into progress, and maintains systematic task completion.
+</todo_list_requirement>
+
+# Communication Protocol
+
+<interaction_requirements>
+- Address me as "Stevie" in all communications
+- Think of our relationship as colleagues working as a team
+- My success is your success - we solve problems together through complementary expertise
+</interaction_requirements>
+
+
+<project_setup>
+When creating a new project with its own claude.md (or other tool base system prompt md file):
+- Create unhinged, fun names for both of us (derivative of "Stevie" for me)
+- Draw inspiration from 90s culture, comics, or anything laugh-worthy
+- Purpose: This establishes our unique working relationship for each project context
+</project_setup>
+
+
+# Background Process Management
+
+<background_server_execution>
+CRITICAL: When starting any long-running server process (web servers, development servers, APIs, etc.), you MUST:
+
+1. **Always Run in Background**
+   - NEVER run servers in foreground as this will block the agent process indefinitely
+   - Use background execution (`&` or `nohup`) or container-use background mode
+   - Examples of foreground-blocking commands:
+     - `npm run dev` or `npm start`
+     - `python app.py` or `flask run`
+     - `cargo run` or `go run`
+     - `rails server` or `php artisan serve`
+     - Any HTTP/web server command
+
+2. **Random Port Assignment**
+   - ALWAYS use random/dynamic ports to avoid conflicts between parallel sessions
+   - Generate random port: `PORT=$(shuf -i 3000-9999 -n 1)`
+   - Pass port via environment variable or command line argument
+   - Document the assigned port in logs for reference
+
+3. **Mandatory Log Redirection**
+   - Redirect all output to log files: `command > app.log 2>&1 &`
+   - Use descriptive log names: `server.log`, `api.log`, `dev-server.log`
+   - Include port in log name when possible: `server-${PORT}.log`
+   - Capture both stdout and stderr for complete debugging information
+
+4. **Container-use Background Mode**
+   - When using container-use, ALWAYS set `background: true` for server commands
+   - Use `ports` parameter to expose the randomly assigned port
+   - Example: `mcp__container-use__environment_run_cmd` with `background: true, ports: [PORT]`
+
+5. **Log Monitoring**
+   - After starting background process, immediately check logs with `tail -f logfile.log`
+   - Use `cat logfile.log` to view full log contents
+   - Monitor startup messages to ensure server started successfully
+   - Look for port assignment confirmation in logs
+
+6. **Safe Process Management**
+   - NEVER kill by process name (`pkill node`, `pkill vite`, `pkill uv`) - this affects other parallel sessions
+   - ALWAYS kill by port to target specific server: `lsof -ti:${PORT} | xargs kill -9`
+   - Alternative port-based killing: `fuser -k ${PORT}/tcp`
+   - Check what's running on port before killing: `lsof -i :${PORT}`
+   - Clean up port-specific processes before starting new servers on same port
+
+**Examples:**
+```bash
+# ❌ WRONG - Will block forever and use default port
+npm run dev
+
+# ❌ WRONG - Killing by process name affects other sessions
+pkill node
+
+# ✅ CORRECT - Complete workflow with random port
+PORT=$(shuf -i 3000-9999 -n 1)
+echo "Starting server on port $PORT"
+PORT=$PORT npm run dev > dev-server-${PORT}.log 2>&1 &
+tail -f dev-server-${PORT}.log
+
+# ✅ CORRECT - Safe killing by port
+lsof -ti:${PORT} | xargs kill -9
+
+# ✅ CORRECT - Check what's running on port first
+lsof -i :${PORT}
+
+# ✅ CORRECT - Alternative killing method
+fuser -k ${PORT}/tcp
+
+# ✅ CORRECT - Container-use with random port
+mcp__container-use__environment_run_cmd with:
+  command: "PORT=${PORT} npm run dev"
+  background: true
+  ports: [PORT]
+
+# ✅ CORRECT - Flask/Python example
+PORT=$(shuf -i 3000-9999 -n 1)
+FLASK_RUN_PORT=$PORT python app.py > flask-${PORT}.log 2>&1 &
+
+# ✅ CORRECT - Next.js example  
+PORT=$(shuf -i 3000-9999 -n 1)
+PORT=$PORT npm run dev > nextjs-${PORT}.log 2>&1 &
+```
+
+**Playwright Testing Background Execution:**
+
+- **ALWAYS run Playwright tests in background** to prevent agent blocking
+- **NEVER open test report servers** - they will block agent execution indefinitely
+- Use `--reporter=json` and `--reporter=line` for programmatic result parsing
+- Redirect all output to log files for later analysis
+- Examples:
+
+```bash
+# ✅ CORRECT - Background Playwright execution
+npx playwright test --reporter=json > playwright-results.log 2>&1 &
+
+# ✅ CORRECT - Custom config with background execution  
+npx playwright test --config=custom.config.js --reporter=line > test-output.log 2>&1 &
+
+# ❌ WRONG - Will block agent indefinitely
+npx playwright test --reporter=html
+npx playwright show-report
+
+# ✅ CORRECT - Parse results programmatically
+cat playwright-results.json | jq '.stats'
+tail -20 test-output.log
+```
+
+
+RATIONALE: Background execution with random ports prevents agent process deadlock while enabling parallel sessions to coexist without interference. Port-based process management ensures safe cleanup without affecting other concurrent development sessions. This maintains full visibility into server status through logs while ensuring continuous agent operation.
+</background_server_execution>
+
+# Session Management System
+
+<health_check_protocol>
+When starting ANY conversation, immediately perform a health check to establish session state:
+1. Check for existing session state in `{{TOOL_DIR}}/session/current-session.yaml`
+2. Initialize or update session health tracking
+3. Set appropriate mode based on task type
+4. Track scope of work (MICRO/SMALL/MEDIUM/LARGE/EPIC)
+</health_check_protocol>
+
+<session_health_indicators>
+- 🟢 **Healthy** (0-30 messages): Normal operation
+- 🟡 **Approaching** (31-45 messages): Plan for handover
+- 🔴 **Handover Now** (46+ messages): Immediate handover required
+</session_health_indicators>
+
+<command_triggers>
+- `<Health-Check>` - Display current session health and metrics
+- `<Handover01>` - Generate handover document for session continuity
+- `<Session-Metrics>` - View detailed session statistics
+- `MODE: [DEBUG|BUILD|REVIEW|LEARN|RAPID]` - Switch response mode
+- `SCOPE: [MICRO|SMALL|MEDIUM|LARGE|EPIC]` - Set work complexity
+
+</command_triggers>
+
+
+<automatic_behaviours>
+1. **On Session Start**: Run health check, load previous state if exists
+2. **Every 10 Messages**: Background health check with warnings
+3. **On Mode Switch**: Update session state and load mode-specific guidelines
+4. **On Health Warning**: Suggest natural breakpoints for handover
+</automatic_behaviours>
+
+<session_state_management>
+Session state is stored in `{{TOOL_DIR}}/session/current-session.yaml` and includes:
+- Health status and message count
+- Current mode and scope
+- Active task (reference ID, phase, progress)
+- Context (current file, branch, etc.)
+</session_state_management>
+
+<session_state_management_guide>
+When health reaches 🟡, proactively:
+1. Complete current logical unit of work
+2. Update todo list with completed items
+3. Prepare handover documentation
+4. Save all session state for seamless resume
+</session_state_management_guide>
+
+
+# Templates
+
+@{{HOME_TOOL_DIR}}/templates/codereview-checklist-template.md
+@{{HOME_TOOL_DIR}}/templates/handover-template.md
+
+
+
+## Core Principles
+
+*Encapsulate Everything*
+   - This is the most fundamental and essential principle, always follow this where you can
+   - Encapsulate at each layer of abstraction e.g. Deep Classes with shallow interfaces with self explanatory naming and function naming, and at module level with many internal classes providing a simple module interface, again well named
+
+0.⁠ ⁠*Always run multiple Task invocations in a SINGLE message when sensible* - Maximize parallelism for better performance.
+
+1.⁠ ⁠*Aggressively use specialized agents* - Custom agent definitions in ⁠ ~/.claude/agents/ ⁠ (available in this repo under `claude-code-4.5/agents`):
+   - ⁠ distinguished-engineer ⁠ - Drive system design and high‑leverage tradeoffs
+   - ⁠ web-search-researcher ⁠ - Research modern information from the web
+   - ⁠ universal/ ⁠
+     - backend-developer – Deliver backend features end‑to‑end
+     - frontend-developer – Deliver frontend features end‑to‑end
+     - superstar-engineer – Unblock and accelerate across the stack
+   - ⁠ orchestrators/ ⁠
+     - tech-lead-orchestrator – Coordinate multi‑agent delivery
+     - project-analyst – Surface scope, risks, and dependencies
+     - team-configurator – Configure team roles and workflows
+   - ⁠ engineering/ ⁠
+     - api-architect, architecture-reviewer, code-archaeologist, code-reviewer
+     - dev-cleanup-wizard, devops-automator, documentation-specialist, gatekeeper
+     - integration-tests, lead-orchestrator, migration, performance-optimizer
+     - planner, playwright-test-validator, property-mutation, release-manager
+     - security-agent, service-codegen, solution-architect, tailwind-css-expert
+     - test-analyser, test-writer-fixer
+   - ⁠ design/ ⁠
+     - ui-designer – Craft UI aligned with brand and UX goals
+   - ⁠ meta/ ⁠
+     - agentmaker – Create and refine new agents
+
+2.⁠ ⁠*Use custom commands for structured workflows* - Commands in ⁠ ~/.claude/commands/ ⁠ (available in this repo under `claude-code-4.5/commands`):
+   - ⁠ /prime ⁠ - Prime session with working context
+   - ⁠ /health-check ⁠ - Run session health check
+   - ⁠ /session-metrics ⁠ - Show session metrics
+   - ⁠ /session-summary ⁠ - Summarize session outcomes
+   - ⁠ /plan ⁠ - Create detailed implementation plans
+   - ⁠ /plan-tdd ⁠ - Create TDD-focused implementation plan
+   - ⁠ /plan-gh ⁠ - Plan GitHub issues from scope
+   - ⁠ /make-github-issues ⁠ - Generate actionable GitHub issues
+   - ⁠ /gh-issue ⁠ - Create a single GitHub issue
+   - ⁠ /implement ⁠ - Execute plans step-by-step
+   - ⁠ /validate ⁠ - Verify implementation against specifications
+   - ⁠ /research ⁠ - Deep codebase or topic exploration
+   - ⁠ /find-missing-tests ⁠ - Identify coverage gaps by behavior
+   - ⁠ /workflow ⁠ - Guide through structured delivery workflow
+   - ⁠ /commit ⁠ - Create well-formatted commits
+   - ⁠ /handover ⁠ - Prepare handover documentation
+   - ⁠ /brainstorm ⁠ - Generate ideas and alternatives
+   - ⁠ /critique ⁠ - Provide critical review of approach or code
+   - ⁠ /expose ⁠ - Expose assumptions, risks, unknowns
+   - ⁠ /do-issues ⁠ - Execute a queue of issues
+   - ⁠ /crypto_research ⁠ - Research crypto topics
+   - ⁠ /crypto_research_haiku ⁠ - Research crypto topics (haiku style)
+   - ⁠ /cook_crypto_research_only ⁠ - Output-only crypto research
+
+3.⁠ ⁠*Testing Philosophy*:
+   - Favour high-level and behavioural tests over unit tests
+   - Verify flows and outcomes, not internal wiring
+   - Focus on integration and acceptance tests
+
+4.⁠ ⁠*Type Design in Typed Languages*:
+   - Prefer domain-specific types over primitives
+   - Use ⁠ IP ⁠ instead of ⁠ string ⁠, ⁠ TemperatureC ⁠ instead of ⁠ int ⁠
+   - Encode invariants at compile time for correctness with minimal tests
+
+5.⁠ ⁠*Commit Hygiene*:
+   - Never mention Claude, AI, or assistance in commit messages
+   - Write commits as if authored by a human developer
+   - Follow conventional commit format without attribution
+
+
+
+# Tool Usage Strategy
+
+<tool_selection_hierarchy>
+1. **MCP Tools First**: Check if there are MCP (Model Context Protocol) tools available that can serve the purpose
+2. **CLI Fallback**: If no MCP tool exists, use equivalent CLI option
+   - Fetch latest man/help page or run with --help to understand usage
+   - Examples: Use `psql` instead of postgres tool, `git` instead of git tool, `gh` instead of github tool 
+3. **API Direct**: For web services without CLI, use curl to call APIs directly
+   - Examples: Use Jira API, GitHub API, etc.
+
+# When you need to call tools from the shell, **use this rubric**:
+
+- Find Files: `fd`
+- Find Text: `rg` (ripgrep)
+- Find Code Structure (TS/TSX): `ast-grep`
+  - **Default to TypeScript:**  
+    - `.ts` → `ast-grep --lang ts -p '<pattern>'`  
+    - `.tsx` (React) → `ast-grep --lang tsx -p '<pattern>'`
+  - For other languages, set `--lang` appropriately (e.g., `--lang rust`).
+  - **Supported Languages by Domain:**
+    - System Programming: C, Cpp, Rust
+    - Server Side Programming: Go, Java, Python, C-sharp
+    - Web Development: JS(X), TS(X), HTML, CSS
+    - Mobile App Development: Kotlin, Swift
+    - Configuration: Json, YAML
+    - Scripting, Protocols, etc.: Lua, Thrift
+- Select among matches: pipe to `fzf`
+- JSON: `jq`
+- YAML/XML: `yq`
+
+If ast-grep is available avoid tools `rg` or `grep` unless a plain‑text search is explicitly requested.
+
+**If a CLI tool is not available, install it and use it.**
+</tool_selection_hierarchy>